DescriptionThe SO445120 is designed as phase angle controller with output of 100 to 280VAC 50A and supply of 8 to 30V and analog input of 0 to 5V.SO445120 has eight features. (1)SSR based phase angle controller with analog control to adjust power on resistive loads (linear power law response). (2)...
SO445120: DescriptionThe SO445120 is designed as phase angle controller with output of 100 to 280VAC 50A and supply of 8 to 30V and analog input of 0 to 5V.SO445120 has eight features. (1)SSR based phase angl...
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The SO445120 is designed as phase angle controller with output of 100 to 280VAC 50A and supply of 8 to 30V and analog input of 0 to 5V.
SO445120 has eight features. (1)SSR based phase angle controller with analog control to adjust power on resistive loads (linear power law response). (2)SO4 current range : 35 to 125A. (3)Overvoltage protection by varistor. (4)Main frequency range : 40 to 70Hz with self adaptation. (5)8 to 30V supply voltage and Green LED visualization on the input. (6)0 to 5V analog input voltage. (7)Designed in compliance with EN60947-4-3 (IEC947-4-3) and EN60950/ VDE0805 (reinforced insulation). (8)IP20 protection by flaps on terminals. That are all the main features.
Some SO445120 control characteristics are concluded into several points as follow. (1)Its control voltage would be min 8V and max 30V. (2)Its supply current would be max 9mA. (3)Its max reverse supply voltage would be max 30V. (4)Its analog voltage range would be min 0V and typ 5V and max 30V. (5)Its analog input current would be max 300uA. (6)Its max reverse analog voltage withstand would be min -30V and max 30V. (7)Its analog input impedance would be typ 120k.
Also some output characteristics are concluded as follow. (1)SO445120's operating voltage range would be min 100V and max 280V. (2)Its peak voltage (VDR clamping) would be min 600V. (3)Its latching voltage would be max 10V. (4)Its nominal current would be min 0.1A and max 50A. (5)Its non repetitive overload current would be min 550A and typ 720A. (6)Its on state voltage drop would be max 0.9V. (7)Its on state dynamic resistance would be max 12m. (8)Its off state leakage current would be max 2mA. (9)Its init time would be max 6ms. (10)Its delay time would be max 70ms. (11)Its rise, fall time would be max 20ms. (12)Its operating frequency range would be min 40Hz and max 70Hz. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!